Acceptable Quality Level (AQL)
The Acceptable Quality Level (AQL) is a crucial concept in total quality management. It sets the minimum number of faults that can be tolerated in each sample of a manufactured product. When the number of faults exceeds the AQL, the entire batch is usually rejected. In the realm of digital samples for apparel design, the AQL determines the level of quality deemed acceptable for a digital sample of a garment before it can proceed to production. This quality assessment covers aspects like the accuracy of the digital pattern, color matching, and overall visual appeal. Non-compliance with AQL standards means the digital sample will require revisions before it can be approved for production.
Animation
Animation in 3D fashion design involves creating a sequence of images or frames that simulate movement when played in succession. This technique is used to showcase the movement of clothing on a virtual model or the model itself. Animations are commonly used to create digital runway shows or demonstrate the drape and movement of garments dynamically. Browzwear's VStitcher software offers an Animation Workspace equipped with various features like frame rate adjustment, animation speed setting, and the ability to export animations to external software applications.
Basting
Basting is a sewing technique that temporarily secures fabric layers together. It is frequently used during garment construction to test fit and make adjustments before final stitching. Basting stitches are typically long and loose to facilitate easy removal. Pulling the threads too tightly can make it challenging to pull out the basting stitches later. This technique is vital for achieving accurate fits in garments.
Bill of Materials (BOM)
The Bill of Materials (BOM) is a detailed list outlining all raw materials, components, and instructions essential for manufacturing a particular fashion product based on its design specifications. This hierarchical document starts with a display of the finished product and extends down to individual materials and components. In the context of digital samples in apparel, a BOM ensures that all materials required for production, such as fabric type, trims, hardware, and other components, are readily available. Production teams rely on the BOM to maintain consistency with the design specifications throughout the manufacturing process.
Circular Fashion
Circular fashion is a sustainable approach to designing and producing clothing, footwear, and accessories within a closed-loop system. It aligns with the principles of the circular economy by minimizing waste and pollution through resource reuse and recycling. This eco-conscious approach includes using sustainable materials like organic cotton, recycled polyester, and environmentally friendly dyes. Circular fashion also focuses on designing for longevity, repairability, recyclability, and rental services. By embracing circular business models, such as take-back schemes and product recycling initiatives, the fashion industry aims to create a sustainable and regenerative ecosystem.
Colorway
Colorways in 3D apparel design refer to the ability to create and manage different color variations of a product within a virtual sample. Designers can visualize how a product looks in various color options without the need to create multiple physical samples. Browzwear's VStitcher software offers a Colorways workspace with tools for color manipulation, including color swatches, libraries, and effects application. This feature streamlines the design process, saving time and resources by enabling efficient color experimentation.
Computer-Aided Design (CAD)
Computer-Aided Design (CAD) technology empowers fashion designers to create and refine designs, patterns, and 3D models on a computer platform. CAD enhances design visualization, enabling designers to produce realistic digital representations of garments. This technology facilitates quick modifications to designs, ensuring they meet desired specifications. Fashion designers leverage CAD for both creating new patterns and modifying existing ones, leading to efficient and precise design development.
Critical, Major, and Minor Defects
Defects in products can be categorized as critical, major, or minor based on their severity. Critical defects pose safety risks or render the product unusable, while major defects impede the product from meeting its intended purpose. Minor defects, although deviations from standards, have minimal impact on product usability. Understanding and classifying defects according to their severity is essential for quality control and ensuring product compliance with industry standards.
CMT – Cut Make Trim
Cut Make Trim (CMT) is a manufacturing process where the manufacturer cuts fabric and assembles garments based on the client's designs and provided raw materials. CMT involves three key steps: cutting fabric patterns, stitching garments with necessary trims, and finalizing finishes and packaging. This manufacturing model is integral to garment costing and allows clients to outsource production while retaining control over design specifications and material quality.